Broken garage door spring repair, replacement and installation in Cadence

Published May 13, 2026

How garage door springs work in Cadence and why they matter

If you live in Cadence and your garage door suddenly feels dead weight or will not open, the spring system is often the culprit. Every sectional garage door in this master planned community is lifted by either a torsion or extension spring that stores and releases energy every time you use the door. That spring does the heavy lifting while the opener simply guides the movement. When a spring breaks, the door becomes extremely heavy and unsafe to move without proper tools and training.

The Door and Access Systems Manufacturers Association explains that garage door spring life is measured in cycles, with one cycle being a full open and close, and that residential springs are typically designed around a baseline cycle life per ANSI/DASMA 103 and DASMA Technical Data Sheet 190. In a growing neighborhood like Cadence, most doors are still on their original spring sets, which means they have been cycling since the home was built. Frequent daily use, heat from the Henderson sun, and lack of lubrication can all shorten that cycle life over time. When the spring finally reaches the end of its design life, it usually fails suddenly, often with a loud crack or bang.

Because springs carry the full weight of the door under tension, any hands-on work on torsion or extension springs is never a DIY job. Attempting to adjust, remove or replace a spring without training can lead to serious injury and additional damage to the door, tracks or opener. A professional technician brings the proper winding bars, clamps and safety procedures to control that stored energy during garage door spring repair so your Cadence home stays safe.

• Springs counterbalance the full weight of the door
• Openers guide the door but do not lift the weight alone
• Spring life is measured in open and close cycles
• Heat and high use in Cadence can shorten spring life

Torsion vs extension springs: what Cadence homeowners actually have

Most Cadence garages use torsion springs because the homes are newer builds on slab-on-grade foundations with sectional doors. A torsion spring is a rigid coil mounted on a shaft above the top of the door, usually centered with cable drums at each end. When the door closes, the spring winds up and stores energy, then unwinds as the door opens to help lift. You can often spot a broken torsion spring by a visible gap in the coil where the metal has snapped. That gap means the spring can no longer hold tension, and the door should not be operated until a professional replaces the spring.

Extension springs work differently and are more common on older housing stock in other parts of the valley. These long springs stretch along the horizontal tracks on either side of the door, extending when the door closes and contracting when it opens. If you see a long spring running along the side track in your Cadence garage, you are looking at an extension system, although this is less typical in this community. DASMA stresses that both torsion and extension springs are part of the counterbalance system and are subject to the same cycle life and fatigue issues discussed in Technical Data Sheet 190.

Whether you have torsion or extension springs in Cadence, the safety rule is the same: do not try to adjust, move or remove them yourself. Extension spring systems also include safety cables to help contain the spring if it breaks, but that does not make them safe for DIY replacement. A trained technician will identify your exact spring type, measure the door weight and hardware, and select springs that are properly rated for your door so it balances correctly and tracks smoothly.

• Torsion springs sit on a shaft above the door
• Extension springs stretch along the horizontal tracks
• A visible gap in a torsion coil signals a broken spring
• Safety cables run through extension springs on many modern systems

Why garage door springs fail faster in Cadence conditions

Cadence sits on the east side of Henderson near Lake Mead Parkway, which means your garage door hardware lives in a hot, dry desert environment. Per DASMA Technical Data Sheet 190, temperature and lubrication both affect spring cycle life. High heat can cause lubricants to thin and evaporate faster, which increases friction on the coils as they wind and unwind. Dust and wind from summer monsoon patterns can also carry fine grit that settles on springs, rollers and hinges, adding wear when those parts move.

Usage patterns play a big role too. DASMA notes that cycle life is based on the number of times the springs are operated, not the age in years. In a busy Cadence household where the garage door is the main entry, you might run through the baseline cycle life much sooner than you expect. Each trip to work, school and errands adds up. Add in heavier insulated doors that are common in newer construction and the springs are working harder on every cycle.

Improper handling, installation or adjustments can shorten spring life as well. For example, if the wrong wire size or coil count is installed for the door weight, the spring can be overstressed. Over time, that stress shows up as fatigue and eventual breakage. Because Cadence homes are relatively new, many homeowners assume the springs will last for decades without attention, but routine inspections, balance checks and lubrication performed by a professional can help catch fatigue signs early and keep the door running more smoothly within the limits DASMA describes.

• High desert heat thins spring lubricants
• Wind carries dust that increases wear on coils
• Heavy insulated doors put more load on springs
• Frequent daily use uses up cycles faster

Why both springs are often replaced together on Cadence two spring doors

Many Cadence garages with wider doors use a two spring torsion system mounted on a shaft above the door. When one of those springs breaks, it is tempting to ask for just the broken spring to be changed. However, both springs have typically seen the same years of use and the same number of cycles. According to DASMA Technical Data Sheet 190, cycle life is about accumulated fatigue, so a surviving spring that has cycled alongside a failed one is often nearing its own end of life.

Replacing both torsion springs at the same time helps keep the door balanced and reduces the odds of a second failure shortly after the first repair. When only one spring is new and the other is heavily worn, the lifting force across the shaft can become uneven. That imbalance can make the door harder to tune, strain the opener, and lead to jerky movement that wears rollers and hinges. A professional garage door spring repair service in Cadence will typically recommend changing both springs on a two spring system so that their cycle life is reset together.

The same principle applies to extension spring setups that use a matched pair, one on each side of the door. Those springs are meant to stretch evenly. If one has already failed or is noticeably weaker, the other is usually close behind. Technicians who work with springs daily know how to safely secure the door, release tension, swap springs, and retension the system for smooth, balanced operation. That level of work is never something a homeowner should attempt with improvised tools or internet instructions.

• Two spring systems share the same cycle count
• Uneven spring age can cause an out of balance door
• Matched springs support smoother opener operation
• Replacing both springs can reduce repeat breakdowns

What a written spring repair price should include for a Cadence home

When you are hiring for garage door spring repair in Cadence, the written price matters as much as the work itself. A clear quote helps you understand exactly what is being done and how the technician is approaching safety. At a minimum, the description should specify the spring type (torsion or extension), the quantity of springs being replaced, and the basic size or rating so you know they are matched to your door. It should also state that the work includes safely removing the old springs and installing new ones, not just parts dropped off at your door.

Labor should be broken out from parts so you can see how much of the price is for the technician's time and expertise. The quote should also note any related hardware that will be inspected or replaced, such as lift cables, cable drums, center bearing plates, or end bearings. Since these components all work together in the counterbalance system described in ANSI/DASMA 103, they are often checked as part of a proper spring visit. If additional issues are found, such as damaged tracks or a struggling opener, those items should be listed separately rather than lumped in without explanation.

Finally, look for mention of warranty terms on the work, and any planned safety checks on your garage door opener. Federal rules in 16 CFR Part 1211 require residential openers manufactured on or after January 1, 1991 to meet entrapment protection standards that incorporate UL 325, and separate rules require secondary protection such as photo eyes on units manufactured on or after January 1, 1993. A good spring repair visit in Cadence includes a quick check that your photo eyes are present, aligned and functioning, and that the opener reverses properly when tested over an appropriate object. If you are unsure about any line on the quote, ask for it to be clarified in writing before work starts.

Why garage door spring replacement in Cadence is never a DIY job

It is natural for a handy Cadence homeowner to want to fix things around the house, but garage door springs and their related hardware are in a different category. Both torsion and extension springs store a large amount of mechanical energy, and that energy is held in place by set screws, cable drums, bottom brackets and anchor points. Releasing or mis-handling that tension without proper tools can cause the shaft to spin suddenly, the spring to whip, or the door to drop, any of which can cause serious injury. DASMA's guidance on spring life highlights how much work these parts do, and that same workload is what makes them dangerous to work on casually.

Safe homeowner tasks are limited to things like visually inspecting for a gap in a torsion spring, looking for stretched or hanging extension springs, checking that the door stays in place during a manual balance test with the opener disconnected and the door fully closed, and listening for new grinding or popping sounds. Cleaning photo-eye lenses and testing the opener's reversal function using a board of appropriate thickness is also reasonable for a Cadence homeowner, especially on openers manufactured under the federal entrapment rules. Anything that involves loosening set screws, moving cables, winding or unwinding springs, or removing brackets should be left to a trained technician.

Prestige Garage Door Services is family owned, with 35+ years of experience in the trade, and holds Nevada contractor license 0091256, classification C-3D Overhead Doors. Technicians this work daily with the correct bars, clamps and procedures to keep the door under control from start to finish. We are licensed, bonded and insured, offer 24/7 emergency service with same-day emergency service available, and we provide a $0 trip fee and free inspections with upfront pricing before any work starts. If you are in Cadence and suspect a broken spring, the safest next step is to keep the door closed if possible and call for professional garage door spring repair at (855) 866-4555.

Related reading

• garage door spring repair in Las Vegas
• garage door repair in Henderson
• how long garage door springs last
• request a free garage door inspection